POLYMERIC SYNTHETIC LATEXES USED

Brand Owner (click to sort) Address Description
M MORTON INTERNATIONAL, INC. 123 North Wacker Drive Chicago IL 606061743 polymeric and synthetic latexes used as ingredients for floor polishes;liquid and solid petroleum and industrial dyes used in petroleum products and for writing and printing applications; coatings applied to plastic, metal, and glass substrates used in the automotive, appliance, compact disc, business machine, toy, screen printing, and electronics industries; powder coatings applied to plastic and metal substrates used in the industrial finishing market for appliances, automobile parts and accessories, recreation and leisure equipment, lawn and garden equipment, and reinforced steel; coil and extrusion coatings used in the appliance, building, metal finishing, recreational vehicle, automotive, aluminum blinds, construction, steel drum, and specialty packaging industries; and highway coatings and traffic paints, liquid colorants for use in the manufacture of plastic molding compounds;flexible packaging adhesives used to laminate film to paper, film to film, and film to foil in the flexible packaging, graphic arts, and fabric coating industries; industrial adhesives used in the transportation and construction industries; water-based polymers and resins used in floor polishes and concrete sealers, paper coatings additives, opacifiers for detergents and cosmetics, and textile coatings in the paper, graphic arts, detergent, building maintenance and textile industries; thermoplastic polyurethanes used for automotive and architectural glazing of glass, extrusion grades for tubing, firehoses and pipes; injection molding grades for automotive parts, shoe soles, ski boots and goggles; and binder/adhesive grades for magnetic recording tape, shoe adhesives, and vinyl bonding used in the magnetic tape, bullet-proof glass, and shoe and ski equipment industries; polycrystalline glasses used in the manufacture of infrared optics; organometallic materials used in the manufacture of semiconductor devices; liquid and solid photoresists, photosensitive material processing chemicals, dry film photoresists, and solder masks used in the manufacture of printed circuit boards and semiconductor devices in the electronics industry; chemical reducing agents used in the generation of sodium hydrosulfite for bleaching mechanical paper pulp; the synthesis of pharmaceutical compounds; the removal or recovery of heavy metals from effluent waste streams; the recovery of precious metals from scrap; and in the purification of chemical intermediates used in the plasticizer, soap, and detergent industries; organotin heat stabilizers used in stabilizing polyvinyl chloride (PVC) for subsequent use in the building construction and drain, waste and vent piping industries; antimicrobial and fungicidal chemical additives used to protect plastic, rubber, and textile products; chemical additives for use in asphalt paving mixtures; milk of magnesia paste for use in the manufacture of pharmaceutical antacid products; sulfur-based chemical intermediates and soil fumigants used in the manufacture of pesticides, antioxidants, textiles, and ink vehicles; polysulfide polymers used in the further manufacture of sealants and coatings for subsequent use in the insulating glass, commercial and military aircraft, construction, rubber, and marine industries; plasticizers for use in rubbers and plastics; and rock salt for deicing, salt for chemical processing and industrial use and salt for water softener and conditioning use;airbag inflators and modules for motor vehicles and highway marking trucks;The stippling is for shading purposes only and does not indicate color.;
MORTON MORTON INTERNATIONAL INC 100 N RIVERSIDE PLZ CHICAGO IL 60606-159 polymeric and synthetic latexes used as ingredients for floor polishes;liquid solid petroleum and industrial dyes used in petroleum products and for writing and printing applications; coatings applied to plastic, metal, and glass substrates used in the automotive, appliance, compact disc, business machine, toy, screen printing, and electronics industries; powder coatings applied to plastic and metal substrates used in the industrial finishing market for appliances, automobile parts and accessories, recreation and leisure equipment, lawn and garden equipment, and reinforced steel; coil and extrusion coatings used in the appliance, building, metal finishing, recreational vehicle, automotive, aluminum blinds, construction, steel drum, and specialty packaging industries; and highway coatings and traffic paints, liquid colorants for use in the manufacture of plastic molding compounds;flexible packaging adhesives used to laminate film to paper, film to film, and film to foil in the flexible packaging, graphic arts, and fabric coating industries; industrial adhesives used in the transportation and construction industries; water-based polymers and resins used in floor polishes and concrete sealers, paper coatings additives, opacifiers for detergents and cosmetics, and textile coatings in the paper, graphic arts, detergent, building maintenance and textile industries; thermoplastic polyurethanes used for automotive and architectural glazing of glass, extrusion grades for tubing, firehoses and pipes; injection molding grades for automotive parts, shoe soles, ski boots and goggles; and binder/adhesive grades for magnetic recording tape, shoe adhesives, and vinyl bonding used in the magnetic tape, bullet-proof glass, and shoe and ski equipment industries; polycrystalline glasses used in the manufacture of infrared optics; organometallic materials used in the manufacture of semiconductor devices; liquid and solid photoresists, photosensitive material processing chemicals, dry film photoresists, and solder masks used in the manufacture of printed circuit boards and semiconductor devices in the electronics industry; chemical reducing agents used in the generation of sodium hydrosulfite for bleaching mechanical paper pulp; the synthesis of pharmaceutical compounds; the removal or recovery of heavy metals from effluent waste streams; the recovery of precious metals from scrap; and in the purification of chemical intermediates used in the plasticizer, soap, and detergent industries; organotin heat stabilizers used in stabilizing polyvinyl chloride (PVC) for subsequent use in the building construction and drain, waste and vent piping industries; antimicrobial and fungicidal chemical additives used to protect plastic, rubber, and textile products; chemical additives for use in asphalt paving mixtures; milk of magnesia paste for use in the manufacture of pharmaceutical antacid products; sulfur-based chemical intermediates and soil fumigants used in the manufacture of pesticides, antioxidants, textiles, and ink vehicles; polysulfide polymers used in the further manufacture of sealants and coatings for subsequent use in the insulating glass, commercial and military aircraft, construction, rubber, and marine industries, plasticizers for use in rubbers and plastics; and rock salt for deicing, salt for chemical processing and industrial use and salt for water softener and conditioning use;airbag inflators and modules for motor vehicles, highway marking trucks;The stippling is for shading purposes only and does not indicate color.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Blood separation media include a non-woven web of fibrillated and non-fibrillated synthetic staple fibers. The fibrillated synthetic staple fibers will most preferably have a Canadian Standard Freeness (CSF) of less than about 300 mL, whereas the non-fibrillated synthetic staple fibers have a CSF of greater than about 700 mL. Preferably, the fibrillated synthetic staple fibers are present in an amount between about 20 to 90 wt. %, and the non-fibrillated synthetic staple fibers are present in an amount between about 10 to about 80 wt. %. The fibrillated and non-fibrillated synthetic staple fibers may be formed of the same, or different, polymeric material, such as polyesters, polypropylenes, polyethylenes, poyacrylonitriles, and polyamides. Especially preferred blood separation media will comprise a blend of fibrillated acrylic fibers, and a mixture of non-fibrillated nylon and polyester fibers, wherein the ratio of nylon and polyester fibers in the mixture thereof is between about 1:4 to about 1:2. The blood separation media of this invention can be formed by conventional "wet-laid" processes. In use, a quantity of whole blood may be brought into contact with the blood separation media for a time sufficient to separate the erythrocytes therein.